Drop Shipped From GE - Not For Export Out Of US
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.
The Assembly Cable Amplifier amplifies the input RF signal while minimizing the added noise to the signal. The amplifier assembly contains a low noise amplifier to amplify and limit the noise of the signal. An LED is used in the assembly to verify the DC power received by the assembly and a voltage regulator is used to regulate the voltage applied to the low noise amplifier. The amplifier is chosen to have an input signal compression point greater than -15 dBm to protect from overload due to strong RF input signals. It is a DC passive device which allows DC voltages to pass from the input of the module to the output of the assembly. The board has an improved input signal compression of -6 dBm and the domestic board has an improved filter roll-off at the high end of the frequency range.